MeshLinesGenerator.GenerateCalculationsMiniMesh C# (CSharp) 메소드

    void GenerateCalculationsMiniMesh()
    {
        GameObject calculationsMiniMeshGameObject = new GameObject("CalculationsMiniMesh");
        calculationsMiniMeshGameObject.AddComponent("MeshFilter");
        //calculationsMiniMeshGameObject.AddComponent("MeshRenderer");
        calculationsMiniMesh = calculationsMiniMeshGameObject.GetComponent<MeshFilter>().mesh;

        List<int> trisList = new List<int>();
        List<Vector3> vertsList = new List<Vector3>();

        List<Vector2> tempUVList = new List<Vector2>();

        // initial line
        for(int j = 0; j < verticesFrequencyDepthCount; j++)
        {
            vertsList.Add( new Vector3(0,0,j * zScale) );
            tempUVList.Add( new Vector2(0,0) );
        }

        // populate the rest of the vertices, triangles
        // use verticesFrequencyDepthCount to shift between frewuency collumns

        // generate only one extra row for normals calculations
        for(int i = 1; i < 2; i++)
        {
            for(int j = 0; j < verticesFrequencyDepthCount; j += 2)
            {
                // bottom left triangle
                vertsList.Add( new Vector3(i * xScale,0, j * zScale) );
                int currentListIndex = vertsList.Count -1;

                trisList.Add(currentListIndex);
                trisList.Add(currentListIndex - verticesFrequencyDepthCount);
                trisList.Add(currentListIndex - verticesFrequencyDepthCount + 1);

                // fill triangles in between this and previous triangle below
                if( j > 0) // is not at the edge
                {
                    // bottom left triangle
                    trisList.Add(currentListIndex -1);
                    trisList.Add(currentListIndex - verticesFrequencyDepthCount -1);
                    trisList.Add(currentListIndex - verticesFrequencyDepthCount);

                    // top right triangle
                    trisList.Add(currentListIndex);
                    trisList.Add(currentListIndex - 1);
                    trisList.Add(currentListIndex - verticesFrequencyDepthCount);
                }

                // top right triangle
                vertsList.Add( new Vector3( i*xScale,0, (j + 1)*zScale ) );
                currentListIndex++;

                trisList.Add(currentListIndex);
                trisList.Add(currentListIndex - 1);
                trisList.Add(currentListIndex - verticesFrequencyDepthCount);

                tempUVList.Add( new Vector2(0,0) );
                tempUVList.Add( new Vector2(0,0) );
            }
        }

        calculationsMiniMesh.Clear();
        calculationsMiniMesh.MarkDynamic();
        calculationsMiniMesh.vertices = vertsList.ToArray();
        calculationsMiniMesh.uv = tempUVList.ToArray();
        calculationsMiniMesh.triangles = trisList.ToArray();
        calculationsMiniMesh.RecalculateNormals();

        miniVertsArray = calculationsMiniMesh.normals;
    }